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Triangle Real-Time, Embedded and Sensor Systems Group

Triangle Real-Time, Embedded and Sensor Systems Group. Round Table. Objectives get to know each other discuss future meetings agenda: collaboration (industry + academia), informative presentations have critical mass to go after large RFPs, ARO, NSF, Microsoft, HS-ARPA (forthcoming)

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Triangle Real-Time, Embedded and Sensor Systems Group

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  1. Triangle Real-Time, Embedded and Sensor Systems Group

  2. Round Table Objectives • get to know each other • discuss future meetings • agenda: • collaboration (industry + academia), • informative presentations • have critical mass to go after large RFPs, • ARO, NSF, Microsoft, HS-ARPA (forthcoming) • find partners in certain technical expertise, • get information on latest technology and trends, • discuss real-world and academic problems • determine need and frequency of future meetings • Start-up meeting w/ longer presentations: before X-mas or Friday in Jan • Quaterly • At RTI Int’l (formerly MCNC) • Web site, mailing list • research.microsoft.com/~stansley • www.rtpnet.org/~ieee/embedded

  3. Research Interests • Ilia Baldine (RTI Int’l): sensor networks, security • Jim Anderson, Sanjoy Baruah (UNC): real-time scheduling, multi-processors, scheduling for low power, acoustic tracking • Kevin Jeffay (UNC): network traffic modeling, intrusion detection, real-time constraints in networking, measurement/modeling in sensor networks • Maria Papadopouli: mobile, ubiquidous, sensor networks, information dispersal, cooperative wireless caching • Carla Ellis (Duke): sensor networks, energy awareness (ECOSystem  move into TinyOS), synthethic workload generator for SNS, MAC level energy savings w/ CSMA, power balancing in network forwarding • Feiyi Wang (RTI Int’l): security, intrusion detection/prevention • Michail Sichitiu (NCSU): wireless & ad-hoc networks, sensor networks (low power, localization, time synchronization), structural health monitoring (bridges)

  4. Research Interests • Injong Rhee (NCSU): IP protocols, sensor networks (MAC layer, routing, congestion control, relaxed TDMA), NC red wolves/black bears deployment (w/ NC Zoo), in-building sensor network • Alex Dean (NCSU): software thread integration (mix application and polling server at instruction level to replace need for interrupts) on Berkeley Motes platform • Frank Mueller (NCSU): sensor systems (timing analysis, adaptive encryption), power-aware real-time scheduling, static timing analysis, architecture support for real-time/embedded • Krish Chakrabarty (Duke): SOC, power-aware & fault tolerant real-time scheduling, sensor networks (coverage, power, connectivity), biocomputing (hardware)

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